BPxAI
BPxAI Quantum Practice

The Philippine practice for the cryptographic transition of the next decade.

BPxAI's Quantum Practice advises institutions whose cryptographic infrastructure is now subject to the most consequential standards migration in fifty years. We run discovery, design migration architecture, and engineer hybrid post-quantum deployments — for financial services, the sovereign, energy, defense, and the institutions of Philippine national interest.

The Problem We Work On

Cryptography built before 2030 is end-of-life by quantum standards.

NIST finalized the replacement standards — FIPS 203, 204, and 205 — in August 2024. Migration windows for institutional cryptography run five to seven years.

The institutional cost of beginning that migration in 2028 instead of 2026 is measured in regulatory exposure, sovereign liability, and recorded data already compromised by harvest-now-decrypt-later.

Aug 2024

NIST finalized FIPS 203 / 204 / 205

Replacement standards published

5–7 yrs

Institutional migration window

Industry consensus for full cryptographic replacement

Today

Harvest-now-decrypt-later

Recorded encrypted traffic is already exposed

Methodology

Four phases. One engagement model.

Every BPxAI Quantum engagement runs through the same sequence — calibrated to scope, but never abbreviated. Discovery before prescription. Mapping before architecture. Architecture before code.

Phase 0101 / 04

Discovery

Cryptographic inventory and surface mapping across the institutional perimeter. Ronway-grade public scan paired with internal-surface walkthrough.

  • Full cryptographic inventory
  • Public + internal surface map
  • Vendor & library register
Phase 0202 / 04

Exposure Mapping

Algorithm-by-algorithm risk scoring against NIST timelines and post-quantum cryptanalysis. Regulator-aligned, sector-specific.

  • Risk-scored algorithm matrix
  • Regulatory alignment memo
  • Priority sequence draft
Phase 0303 / 04

Migration Architecture

Hybrid PQC design — classical alongside post-quantum, side by side. System sequencing, certificate-chain replacement, vendor and library assessment.

  • Hybrid PQC architecture
  • Migration sequencing timeline
  • Certificate-chain replacement plan
Phase 0404 / 04

Engineering & Oversight

Implementation alongside in-house engineering, post-migration validation, and oversight through the cutover and the regulator audit.

  • Production engineering
  • Post-migration validation
  • Audit-ready documentation
Services

Four engagements, by scope and consequence.

Each engagement type is calibrated to a different question — from "what is my exposure" to "how do we live in the post-quantum standards environment over time."

Entry engagement

1 week

PQC Readiness Assessment

Ronway-powered cryptographic surface assessment paired with a partner-led working session. The public scan tells you that exposure exists; the consultation tells you what, where, and in what sequence.

  • Public surface Ronway scan
  • Partner working session (60–90 min)
  • Written remediation brief in 7 days

Discovery engagement

2–4 weeks

Cryptographic Migration Planning

Formal cryptographic inventory and exposure assessment of the full institutional environment. Algorithm-mapped, NIST-timeline-aligned, regulator-ready.

  • Full cryptographic inventory
  • NIST-aligned exposure scoring
  • Board-readable executive summary

Full engagement

8–16 weeks

Implementation & Integration

Hybrid PQC deployment engineering. Certificate-chain replacement, vendor and library substitution, and the engineering oversight to deliver under production conditions.

  • Hybrid PQC architecture
  • Certificate chain replacement
  • Engineering oversight through cutover

Continuous

Ongoing

Monitoring & Compliance

Post-migration validation, ongoing cryptographic surveillance against new NIST guidance, and regulator-facing documentation kept current as standards evolve.

  • Continuous cryptographic posture monitoring
  • Standards-update advisory
  • Regulator documentation upkeep
Standards & Frameworks

The replacement standards, named.

NIST finalized three post-quantum cryptography standards in August 2024. A fourth signature standard is in draft. Every BPxAI migration engineering plan is written against these.

FIPS 203ML-KEMCRYSTALS-KyberKey EncapsulationFinalizedAug 2024
FIPS 204ML-DSACRYSTALS-DilithiumDigital SignatureFinalizedAug 2024
FIPS 205SLH-DSASPHINCS+Hash-based SignatureFinalizedAug 2024
FIPS 206 (draft)FN-DSAFALCONDigital SignatureDraftPending

Source: NIST Post-Quantum Cryptography Standardization Project, FIPS Publications 203, 204, 205 (August 2024); FIPS 206 (Draft).

Research & Doctrine

Published positions on the post-quantum decade.

POVs and doctrine on the standards migrations, regulatory transitions, and institutional questions that will shape the cryptographic environment our clients operate in.

Defense & National SecurityFebruary 2026

AI Defense Intelligence Framework for the Philippines

Strategic doctrine on the application of artificial intelligence to Philippine defense and intelligence operations. Published as part of BPxAI's first-mover position in the national-security technology conversation.

AI DoctrineDefenseNational SecurityPhilippines
In publication

The Philippine Post-Quantum Migration Window

BSP-supervised institutions
In publication

Sovereign Cryptographic Capability

Public sector & national security
In publication

Hybrid PQC in TLS-Heavy Environments

Engineering reference

Disclosure: published documents are conceptual frameworks and strategic doctrine. Sovereign and defense engagement detail is referenced only at the level our principals are authorized to discuss.

Engagement Model

Three ways a relationship begins.

Most engagements begin with one of three entry points. Each produces a defined artifact and clarifies whether the larger engagement is the right next step.

Entry 011 week

Ronway Consultation

Scan + partner working session + written brief (7 days). The fastest way to put an evidence-based number on your exposure.

Begin a Ronway scan
Entry 022–4 weeks

Cryptographic Discovery

Two-to-four-week formal inventory and exposure assessment. Concludes in a board-readable executive summary.

Brief our partners
Entry 038–16 weeks

Migration Architecture

Discovery plus a full migration roadmap and engineering plan. The work your team can execute and your regulator can audit.

Open a discovery file
Brief Our Leadership

If post-quantum cryptography sits on your institutional agenda for the next twelve months — we should speak before that agenda is finalized.

A thirty-minute partner briefing is the standard entry point. Sovereign and defense-adjacent engagements proceed through a separate protocol on request.